RF & Coaxial Cable Assemblies
Low-loss, high-frequency interconnects for Telecommunications, IoT, Aerospace, and Automotive. Precision engineered for flawless signal integrity.
HIGH-FREQUENCY PRECISION
Minimizing Signal Loss in Critical RF Ecosystems
- Frequency: DC to 65GHz+ Capabilities
- Impedance: Strictly Calibrated 50Ω and 75Ω
- Testing: 100% VSWR & Insertion Loss Tested (VNA)
- Connectors: SMA, BNC, FAKRA, U.FL, MCX & more
Telecommunications: 5G/4G base stations, antennas, and routers.
IoT & Smart Devices: Wi-Fi, Bluetooth, RFID, and GPS modules requiring compact U.FL/IPEX connections.
Automotive: FAKRA and HSD cables for ADAS, GPS, and infotainment systems (IATF 16949 compliant).
Medical & Drone: Micro-coaxial bundles for ultrasound probes and UAV gimbal cameras.
Flexible Coax: RG series (RG58, RG174, RG316, RG178) and LMR low-loss series (LMR100, LMR200, LMR400).
Micro-Coaxial: AWG 36 to AWG 46 for extremely space-constrained routing.
Semi-Rigid / Conformable: Formable cables for fixed, phase-critical internal routing.
RF Connectors: SMA, SMB, BNC, TNC, N-Type, MMCX, MCX, U.FL (IPEX), and FAKRA.
- VSWR Testing: Voltage Standing Wave Ratio verified to ensure minimal signal reflection.
- Insertion Loss: Network analyzer testing across your specified frequency band.
- Phase Matching: Tightly matched cable pairs available for phased-array antennas and radar systems.
Frequently Asked Questions
Depending on the selected cable type and connector (e.g., precision SMA or 1.85mm connectors), our manufacturing capabilities and testing cover wideband frequencies from DC up to 65 GHz+, ensuring high performance for advanced 5G, radar, and testing equipment.
Yes. We utilize high-precision laser stripping and specialized soldering techniques to terminate micro-coaxial cables down to AWG 42 and AWG 46. These are widely used in medical ultrasound probes, drone gimbals, and AR/VR headsets where space is at an absolute premium.
RF performance is completely dependent on termination quality. We use computerized rotary stripping machines to prevent nicking the center conductor or dielectric. Connectors are crimped or soldered using strictly calibrated tooling, followed by 100% VNA testing to verify VSWR and insertion loss.
Absolutely. We manufacture standard and customized FAKRA, mini-FAKRA, and HSD (High-Speed Data) cable assemblies for automotive telematics, GPS, and ADAS cameras. All automotive RF assemblies are produced under our IATF 16949 certified quality system.
Yes. For systems requiring strict timing alignment, such as phased-array antennas and test setups, we provide phase-matched cable sets. We tightly control the electrical length during the cutting and termination process to meet your specific phase-matching tolerances.
We understand that RF design requires iterative testing and tuning. To support your validation phases, we offer flexible Low MOQs for prototyping. When utilizing in-stock coaxial cables and standard connectors, we can typically deliver initial batches in as fast as 5 to 7 days. For highly specialized RF components, lead times and minimums will be transparently evaluated based on your BOM. Once your design is locked in, we scale seamlessly into mass production.
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